PowerExpert
Product Details
PowerExpert is a GUI-based power electronic system design and simulation tool. It supports various types of non-encrypted models used in the field of power electronic system design, and allows users to build complete systems for circuit simulation and analysis, which ensures the accuracy of the analysis as well as the stability and reliability of the design.
Product Function
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User-friendly GUI interface
simple layout of originals and wires
Intelligent point-to-point wiring
Customized window structure
Annotation of endpoints and devices
Design of structural hierarchies
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Powerful built-in spice engine
Fast analog simulation
Accurate simulation results
Efficient convergence of complex circuits
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Rich digital/analog component library
Widely applicable to various types of simulation circuits
Improve simulation efficiency and save a huge amount of modeling time
Meet the needs of different users of personalized simulation solutions
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Supports multiple modeling language imports
Support C/C++
Support Python
Support Verilog/Verilog-A
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Supports import of Pspice device subcircuits and S-parameters
Excellent compatibility, seamless import into pspice
Highly efficient import of all types of models
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Rich simulation sweep mode
Transient Simulation
Scanning of Levels/Device
Parameters
DC/AC Simulation
Frequency sweep
Monte Carlo, electrical stress, and other advanced sweep simulations
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Built-in waveform display for viewing and processing waveforms
Reduced software complexity
Intuitive waveform viewing
Rich Waveform Processing Functionality
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Video Demo
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Introduction of Interface -
Case Building -
Netlist Waveform Log
Featured Advantages
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Rich Component Models
Power device models (BJT, DIODE, JFET, MOSFET, IGBT, etc.) - Independent voltage and current sources, controlled sources - Nonlinear passive devices, R, L, C - Control chip models, operational amplifiers, passive devices, diodes, bipolar transistors, FET, comparators, ADC/DAC, sample/hold circuit subcircuits, transformers, etc. - Magnetic circuit structure models, including core material models, coil models, air gap models, magnetoresistance models, etc. - Power noise models
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Support multiple modeling language imports
• Python
• Verilog-A
• Verilog
• C/C++ -
General Modeling Tools
Arbitrary Source - Laplace Transfer Function Modeling - Parameter Extraction Modeling - Symbolic Model Model Modeling - Diode Modeling - MOSFET Modeling -IGBT modeling - Magnetic device modeling
Product Value
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Improve design efficiencyThe GUI allows users to intuitively and quickly build complex power electronics systems, greatly reducing the time spent on manual programming and parameterization. Real-time simulation and analysis allows engineers to instantly view system response and performance during the design process, allowing potential problems to be quickly identified and optimized.
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Enhance design accuracyPowerExpert supports various types of non-cryptographic models, ensuring accurate simulation of the behavior and performance of real circuits during simulation. Highly accurate simulation analysis helps engineers more accurately predict system performance and reduce design risk.
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Ensure design stability and reliabilityThrough comprehensive circuit simulation analysis, PowerExpert is able to reveal possible stability problems in the design, such as oscillations and overshoots, to ensure the reliability of the final product. Being able to identify and solve problems at the design stage avoids rework and losses during subsequent production.
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Reduce development costsBy identifying and resolving design issues early, PowerExpert helps reduce the cost of subsequent testing, verification and modifications. An efficient design process shortens time-to-market and enables companies to capture market opportunities faster.
Related Industries
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Consumer Electronics
With the rapid development of 5G, IoT, artificial intelligence, virtual reality and other technologies, the performance of consumer electronics products has been continuously improved and enriched. For example, smartphones, tablet PCs, smart wearable devices and other products are constantly updated to meet the growing diversified needs of consumers and become an inseparable part of daily life. Meanwhile, as the application scenarios and modes become more and more extensive, the SI requirements of consumer electronics have become more significant.
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Automotive Industry
The autonomous driving and new energy vehicle industries are booming, and the high-speed transmission of intelligent vehicle systems poses signal integrity challenges JULIN tools assist customers in realizing quality control and product improvement.
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